RC
RAHUL CHOUDHURY
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Design of an Unmanned Aerial Vehicle (UAV) - Quadcopter and a Vertical Takeoff & Landing (VTOL) using CATIA & SIMULIA of 3D Experience solution of Dassault Systemes
End to end Product Design - Fuselage, horizontal and vertical stabilizer, port wing, starboard wings, landing gears with landing wheels in VTOL. Propellers, motors arms, canopy, GPS module in Quad Copter.
India
PROJECT TIMELINE
Details of Project executed as follows:
- Scope of Project:
- The main scope of our project is to use drones as an Agro drone for spraying pesticides and for surveillance.
- Also, to set up, analyse and disseminate standard planning theories and projects, the 3D model serves as a communication and participation medium, which provides visualization power to see the relationships of projects access their feasibility plans and implementation.
- Technologies used:
- CATIA Part design
- CATIA Assembly Design
- 3D Excite for rendering the Drones
- Simulia
- Stages / Sequence of work performed in UAS while designing:
- Doing the reverse engineering of the Quadcopter (TAROT 650)
- Designing the main frame, arms and all the subparts.
- Assembling the parts through Assembly design
- Strength analysis in Simulia
- Sketching the dimensions
- Calculation of thrust to drag ratio and lift to weight ratio
- Designing the product as per the calculation
- Checking the aerodynamic test in Simulia
- Rendering the products in 3D Excite.
- Learning & Benefit from Project:
- 3D Experience Platform of Dassault Systemes provided me efficiently design and visualise the outcome for quick and faster result
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